接口滤波板集成了计算机常用端口，并采用屏蔽滤波器处理，满足屏蔽性能要求。
An interface filtering board is integrated with a common computer port and a shielding filter is used for processing so as to meet the requirement on the shielding performance.
从系统布局、接地、印板设计、滤波和屏蔽等方面对如何进行的EMC设计进行了详细地讨论。
It is discussed in detail about how to design for EMC methods such as system partitionings groundings PCB designings filtering as well as screening.
在电路板的设计中采用光电耦合器件、铁氧体磁珠、旁路电容滤波等方式减小了噪声。
At last of design, use optocoupler device, ferrite beads and bypass capacitor to reduce system noise.
围绕单片机系统PC B板的电磁兼容设计，常规应包括元器件的选择和布局、布线、地线系统、滤波和屏蔽的设计等等。
According to the PCB board design of the SCM system, general it includes the components' selection and layout, assigning wires, ground wires design, wave filtering and shielding design, etc.
直流电源柜：三相可控硅整流桥（SCR）、计算机数字脉冲触发板、平波电感、L、C滤波器等组成。
DC power supply cabinet: three-phase silicon-controlled rectifier (SCR), computer digital pulse triggers plate, flat-wave inductor, L, C filter, etc.
滤波器(6)通过将多个瓦状滤波器(10)组合后配置在玻璃板(5)的表面上而构成。
Filters (6) are formed by configuring several tegular filters (10) on surfaces of glass plates (5) after combining them.
将板形检测信号视为动态时间序列，运用自适应滤波理论，建立了一种通用的板形检测信号除噪方法。
Flatness detection signal was looked on as dynamic time series and by the theory of adaptive filtering a general method was developed to remove the harmful noise from the flatness detection signal.
将板形检测信号视为动态时间序列，运用自适应滤波理论，建立了一种通用的板形检测信号除噪方法。
Flatness detection signal was looked on as dynamic time series and by the theory of adaptive filtering a general method was developed to remove the harmful noise from the flatness detection signal.
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